KR100743571B1 - The generator and method which generates electricity with no power supply - Google Patents

Abstract

The present invention forms a small power generating unit with a floating pendulum moving according to the action of gravity by shaking (vibration) naturally generated when carrying without an external pay power supply to generate electrical energy and supply the generated electrical energy to the portable electronic device The present invention relates to a method of generating a non-powered electric energy and to a device for charging and using the battery, and to a multi-pole permanently caused by vibration (vibration) naturally applied when carrying a portable electronic device (mobile phone, MP3, digital camera, radio, PDA, etc.). The semi-circular magnetic pendulum made of magnets reciprocates and rotates along the center of gravity by gravity and generates electric energy through the coil installed in the stator and the core of the stator. Power is transmitted to the subordinate power generation unit through the transmission unit. By rotating the power generation portion slave rotor to thereby generate electrical energy in the dependent coil installed in the stator core dependent. Therefore, in one operation, electric energy is generated at two locations at the same time, and the electric energy is supplied with a rectified and stabilized power suitable for a power source of a portable electronic device to operate the portable electronic device as needed or to charge a rechargeable battery. The present invention relates to a non-powered electrical energy generating method and apparatus for generating and supplying electrical energy to be stored in a capacitor in case of need.

Powerless power supply. Powerless charger, portable charger,

Description

The generator and method which generates electricity with no power supply

1 is a flow diagram of a method of generating a non-powered electric energy of the present invention and a device thereof.

Figure 2 is a state diagram showing a preferred configuration of the present invention.

3 is an overall cross-sectional view of the present invention.

4 is a cross-sectional view taken along line a-b of FIG.

             (B) is c-d sectional drawing of FIG.

Figure 5 is a block diagram showing the configuration of a portable charger showing a preferred embodiment of the present invention.

6 is an exemplary view showing a preferred embodiment of the present invention.

7 is a cross-sectional view showing yet another embodiment of the present invention.

Explanation of the main symbols used in the main part of the drawing

1: floating pendulum 2: stator

3: one-way latch 4: power transmission unit

5: subordinate rotor 6: subordinate stator

7: core 8: coil

9: Connector 10: External Cable

11 bearing 12 slave shaft

13 power supply 14 capacitor

20: power gear

The present invention reciprocates and rotates the rotor formed in the small power generation unit by shaking (vibration) that occurs naturally when carrying without external power supply or artificial external power supply. The present invention relates to a method and apparatus for generating non-powered electric energy, which can be used as a power source.

Conventionally, in order to use a portable electronic device, a mercury battery and a battery used for single use are purchased or periodically charged by a rechargeable battery using a charger to a paid power source, and the charged battery is mounted in a portable electronic device. Was used.

At this time, if all of the electrical energy charged in the disposable battery or storage battery is consumed, the use of the portable electronic device is immediately impossible, and it is charged again or a disposable battery is purchased, and the use of the portable electronic device for a certain period of time only after it is installed. This was possible.

 If you continue to purchase and use disposable batteries as described above, it takes time and cost to purchase disposable batteries, and there is a problem about environmental pollution due to waste batteries. Charged for a certain time using a dedicated charger in the equipped place, if you do not meet all the above conditions will not be able to use portable electronic devices.

In order to solve the above problems, there is also a product having a portable manual generator form, but in the case of such a manual generator to generate electricity by rotating for a long time using a manual handle to charge and is inconvenient to carry the bulky and heavy After the artificial force is applied for a certain time, the charged battery can be used. In the case of not applying artificial external power, the generated electromotive force is too low, so it is difficult to expect practicality.

In particular, due to the rapid development of electronic technology, it is possible to supply sufficient amount of electric energy required to use the advanced portable electronic device which is small and consumes a large amount of electric energy. Without this problem, power supply is always possible efficiently, and development of economic and semi-permanent power supply is urgently required.

Therefore, the present invention is very simple in its configuration to eliminate the above problems, and the method of generating the electric energy naturally to supply a sufficient amount of electric energy required for the portable electronic device and the generated electric energy to carry The present invention relates to a power supply device that can be supplied according to the power of an electronic device, and can generate electric energy anytime and anywhere without being constrained by a separate time and place for charging or purchasing a disposable battery. The present invention devised to appropriately stabilize the electrical energy to be supplied for the power supply of the portable electronic device that requires the stabilized electrical energy or to charge the storage battery so that it can be used as a backup power in an emergency. Especially in the method of generating electric energy, it is a small generator type that uses a floating pendulum as a rotor, and is made of a semi-circular (open fan-shaped) floating pendulum in which a large number of floating pendulums are arranged as permanent magnets. The reciprocating and rotating movement of the flow pendulum around the axis of rotation, and when the flow pendulum made of multi-pole magnet is moved, the magnetic pole is changed by the magnet movement installed in the flow pendulum to form an alternating magnetic field and the coil installed in the stator core under the influence of the alternating magnetic field. It is configured to generate electric energy by electromagnetic induction phenomenon, and in conjunction with this, by installing a subordinate power generation unit acting by the rotation and reciprocating motion of the flow pendulum, it generates electric energy twice at the same time by one action, and flow pendulum By keeping the space where the multi-pole flow pendulum and multi-pole subordinate rotors rotate in a vacuum state, the air pendulum and the subordinate rotor rotate when the flow pendulum and subordinate rotor rotate. The purpose is to generate more efficient electrical energy by minimizing the occurrence of operation instability due to overexpansion.

In order to achieve the above object, a non-power source power generating apparatus according to the present invention includes: a flow pendulum generator for generating electrical energy by rotating and reciprocating a flow pendulum serving as a rotor; A subordinate power generation unit generating electric energy by a subordinate rotor rotating in association with rotation and reciprocation of the flow pendulum which is a constituent member of the flow pendulum power generation unit; It is composed of a power supply for rectifying the electric energy generated in the floating pendulum generator and the subsidiary power generator in a safe state and controlling the supply of the rectified DC power so as to naturally generate the electric energy by shaking (vibration) and portable electronics. The present invention relates to a method of generating non-powered electric energy for use in an apparatus and a device thereof.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings,

1 is an energy flow diagram of a method of generating a non-powered electric energy of the present invention and a device thereof, FIG. 2 is a state diagram showing a preferred configuration of the present invention, FIG. 3 is an overall sectional view of the present invention, and FIG. 4 is a partial sectional view of FIG. 5 is a block diagram showing the configuration of a portable charger showing a preferred embodiment of the present invention, Figure 6 is an exemplary view showing a preferred embodiment of the present invention, Figure 7 is another embodiment of the present invention It is sectional drawing to show.

As shown in FIG. 2, the flow pendulum power generation unit rotates by an external shake (vibration) and the flow pendulum 1 surrounds the flow pendulum 1 and a core 7 is formed therein, thereby providing a core 7. It consists of the stator 2 in which the coil 8 is provided. The floating pendulum 1 has an unfolded fan shape, and a power transmission unit 4 for transmitting rotation and reciprocation of the floating pendulum to the subordinate shaft is installed on one side of the center, and the floating pendulum 1 has a rotational force due to shaking (vibration). It is preferable to form a weight (1a) having a constant weight in a round shape at the edge of the arc to add a driving force to the.

The power transmission unit 4 constitutes a power gear 20 having a large number of gear teeth on one side of the central portion of the flow pendulum 1 and on the slave shaft is in contact with the power gear 20 and the number of gear teeth is greater than that of the power gear 20. The less dependent gear 20a is installed and configured so that the number of revolutions of the subordinate generator is more than that of the flow pendulum.

In the present application, the use of the gears 20 and 20a is shown as an embodiment, but any means capable of transmitting power such as belts, chains, and gears is possible, and the gear ratio may be increased so as to be described later than the rotation speed of the flow pendulum 1. It is preferable to configure so that the rotation speed of the slave rotor 5 is further increased.

The stator 2 is formed in a disk shape, and a space in which the flow pendulum 1, which is a rotor, is rotatable, is formed. The edge of the disk shape is round as shown in FIG. 3, and the core 7 is formed on the inner surface of the round shape. The coil 8 is installed.

The subordinate power generation unit includes a subordinate rotor 5 in which the rotational speed and the reciprocating motion of the flow pendulum 1 of the flow pendulum power generation unit are increased and rotated according to the gear ratio of the power transmission unit 4 via the power transmission unit 4. , The slave rotor 5 is composed of a slave stator 6 is installed. Subordinate rotor (5) is a multi-pole permanent magnet installed and fixed on the subordinate shaft (12) to rotate the inside of the sub-stator (6), the disc shape in the shape of a round weight weight (5a) ) Is formed. The slave stator 6 has a configuration similar to that of the stator 2 of the floating pendulum power generation unit, in which a subordinate core is formed on the inner side thereof, and a subordinate coil 8a is installed to surround the disc-shaped subordinate rotor 5 from the outside. do.

In addition, the slave shaft 12 is rotatable in one direction, so that the flow pendulum 1 is shaken in the opposite direction, thereby preventing the offset of the kinetic forces generated when the slave shaft 12 correspondingly rotates in the opposite direction and mutually The one-way latch 3 gear is installed on the power transmission shaft so that idling can be prevented from damaging the component and more efficiently generating electrical energy. In addition, as another embodiment, as shown in FIG. 7, two pendulum latch gears 3a and 3b rotate in opposite directions and five gears, so that when one unidirectional latch gear is installed, the floating pendulum is idle compared to that of the slave shaft. It is configured to continuously transmit power in one direction efficiently without wasting kinetic energy generated when (1) moves in the opposite direction. That is, the one-way latch gear 3a is inserted into and installed in the first gear 4a, and the other one-way latch gear 3b is inserted into and installed in the third gear 4c, so that the one-way latch gear 3a and the first gear ( 4a), the other one-way latch gear 3b and the third gear 4c are installed and rotated on the coaxial 12a, and the first gear 4a is in contact with the second gear 4b to transmit rotation. The third gear 4c is in contact with the fourth gear 4d and the fourth gear 4d is in contact with the fifth gear 4e to transmit rotation. Accordingly, when the one-way latch gears 3a and 3b are rotatable only in opposite directions, and the one-way latch gears 3a are configured to rotate clockwise, the other one-way latch gears 3b are configured to rotate counterclockwise. . Therefore, when the one-way latch gear 3a rotates in the clockwise direction, the one-way latch gear 3b on the coaxial 12a is idle and does not transmit rotation, so the rotational force is increased from the one-way latch gear 3a to the first gear ( The rotational force is transmitted through the 4a) and the second gear 4b to rotate the slave rotor 5 to generate electric energy, and the flow pendulum 1 rotates in the opposite direction so that the one-way latch gear 3a is half. If it rotates in the clockwise direction, the rotational force cannot be transmitted to the first gear 4a, but idling is performed. The one-way latch gear 3b on the coaxial 12a rotates the third gear 4c and is driven by the fourth gear 4d. The rotational direction is switched to rotate the fifth gear 4e clockwise to continuously rotate the slave rotor 5 which is being rotated by the first gear 4a.

In configuring the flow pendulum generator and the slave generator, the friction is minimized when the slave shaft 12 rotates due to shaking (vibration), and the electric pendulum and the slave rotor rotate smoothly to generate electric energy more efficiently. In order to configure the bearing 11 is installed on the fixed support portion on the rotating shaft as shown in FIG.

When the present invention constituting the configuration as described above in more detail as an embodiment, when the flow pendulum (1) of the permanent magnet of the multi-pole by the shaking (vibration) applied from the outside is rotated inside the stator (2) The rotational speed of the flow pendulum is accelerated by the weight 1a formed in the flow pendulum 1 and the electromagnetic induction phenomenon occurs in the coil 8 provided in the core 7 formed inside the stator 2. Electric energy is generated by this. Particularly, the edge of the stator in the shape of a disc is rounded so that the weight (1a) formed at the edge when the flow pendulum 1 rotates and reciprocates moves along the edge of the round stator to be installed on the inner side of the stator. The coil 8 and the floating pendulum 1, which is a permanent magnet, are formed to have a minimum of three-dimensional pores, thereby further increasing the efficiency of generating electrical energy. At this time, the slave shaft 12 is rotated by the power transmission unit 4 formed on one side of the rotational central shaft of the flow pendulum 1 by the rotation and reciprocation of the flow pendulum 1 and the slave shaft 12 The slave rotor 5, which is installed and fixed on the top, rotates in the slave stator 6. The slave stator (6) has a configuration similar to the stator (2) of the flow pendulum generator portion, passing through the weight (1a) formed at the edge of the flow pendulum 1 is formed in the round shape of the stator Therefore, it generates electric energy more efficiently.

In addition, the power transmission unit 4 is formed by increasing the gear ratio so that the rotational speed of the subordinate rotor 5 of the subordinate power generation unit is larger than the rotational speed of the flow pendulum 1 which is the rotor of the flow pendulum generating unit generating power. By increasing the rotation of the slave rotor (5) according to the rotation and reciprocating motion of the) more quickly and more changes in the magnetic flux in the slave failure (6) to generate the electrical energy more effectively.

As described above, the electric energy generated from the flow pendulum generator and the slave generator is a power supply 13 in which a rectification circuit, a smoothing circuit, a power stabilization circuit, a current control circuit, and a time control circuit are assembled as shown in FIGS. 1 and 5. Supplied and stored in the capacitor 14 to adjust the supply voltage according to the intended use or to select according to the need to supply a more stable power to the portable electronic device and to charge the external battery.

Therefore, it can be used in various forms such as a portable rechargeable battery, a mobile phone charging battery, a portable charger.

6 is used as a portable charging device can be used to connect the mobile phone with the present invention by the external cable 10 and the connector (9), it can be applied to a variety of other portable devices by replacing the corresponding connector as needed. .

At this time, in the application of the non-powered electric energy generating device of the present invention, the generator is sealed to form a vacuum state so that the flow pendulum 1 in the flow pendulum generator and the slave rotor 5 formed in the slave power generator rotate. It is possible to prevent the inflow of foreign matters such as expansion and contraction caused by air pressure and inflow of fine dust which hinders the rotation by changing the temperature of the air in the rotating space and air space by the resistance of minute air generated in the rotating space and the temperature rise of the generator. The flow pendulum and slave rotor rotate smoothly.

As described above, the present invention provides a method of generating a non-powered electric energy and a device thereof, which are applied to a portable electronic device in which the amount of electric energy required is increased due to continuous technology development. As a result, it uses portable electronic devices continuously and stably and can be used regardless of the type of portable electronic devices regardless of external power equipment such as time or place for charging.

In addition, the electric power generation method and the apparatus of the non-power source are made from small to large and also many, so that electric energy is generated and unmanned by using the wave of wind and waves in the mountainous highlands, the sea, which is impossible for the paid power facility and extremely difficult for human access. It can be used as a power source for devices, military, and many other purposes. It can also be used in conjunction with solar cells.

The inventors of the present invention provide a method of generating a non-powered electric energy and a device using the naturally occurring energy, which is much more efficient than the electric energy generated by other methods under the same conditions. It can be used and charges rechargeable battery, manufactures battery and non-powered electric energy generator in one piece, and can be used semi-permanently without self-charging without any external charging power. It does not cause any environmental problems due to waste batteries without spending any time for charging, the cost of purchase, the cost of construction for the paid power equipment and the purchase of the charging device. According to the purpose of application, the ripple effect can be used in various ways without the cost of generating electric energy or facility cost.

To summarize the effects of the present invention,

First, since a power supply or a charging device is not required, it does not cost any paid energy for charging, and thus it is very convenient because it is economical and is not restricted by a separate time or use for charging.

Second, it is very economical, environmentally friendly, and semi-permanent because it does not cost the cost of purchasing disposable batteries (mercury batteries, batteries).

Third, it can be used for various uses and devices as it can always be supplied with power for power supply, charging power supply, spare power supply, self-charging storage battery, uncharged portable electronic device, etc. It's a great invention with great effectiveness and utility.

Claims (12)

delete delete A stator 2 having a space formed therein in a disc shape; The permanent magnet is installed inside the stator and rotates by external shaking (vibration), and is composed of a floating pendulum 1, and the subordinate power generation unit 200 is permanently formed in a disc shape formed on one side of the subordinate shaft 12. Subordinate rotor (5) provided with a magnet; A flow pendulum generator comprising a slave stator 6 in which a space in which the slave rotor 5 is installed is formed; Dependent power generation unit; A power transmission unit; In the non-powered electricity generating device for generating and supplying electrical energy consisting of a power supply, the flow pendulum (1) is an extended fan-shaped pendulum that is easily moved along the center of gravity by gravity action on one side of the arc formed long flow ( In order to add additional rotational force to 1), the convex round-shaped weight 1a is formed to have a constant weight, and the power transmission unit 4 is formed at the central axis of motion of the flow pendulum, and the stator 2 flows. Coils are formed in the core 7 formed on the inner surface of the pendulum 1 so that the weight 1a of the pendulum 1 can be rotated as close as possible in three dimensions. (8) is characterized in that the non-powered electric energy generating device. The method of claim 3, wherein The power transmission unit 4 is composed of any one of a gear, a chain, and a belt configured to increase the rotational speed of the subordinate rotor 5 of the subordinate power generation unit which is received from the rotational speed of the floating pendulum 1, which is the rotor of the flow pendulum generating unit. Non-powered electric energy generator, characterized in that The method of claim 3, wherein Subordinate rotor (5) is a disc-shaped, rounded edge-shaped non-powered electric energy generating device characterized in that the weight (5a) is formed by installing a permanent magnet having a predetermined size and weight in multiple poles  In the method for generating electrical energy, When the floating pendulum 1 acting as a rotor moves along the center of gravity due to external vibration (shake), the movement force is increased by the weight 1a formed at the edge of the floating pendulum 1 The furnace flow pendulum 1 rotates more smoothly to generate electric energy and at the same time, the speed of rotation is increased by the power transmission unit 4 formed on one side. A method of generating a non-powered electric energy comprising generating a greater amount of energy by causing the electrons 5 to be rotated three-dimensionally close to the slave coil 8a installed in the slave stator 6. The method of claim 6, The generated electric energy is collected by a power supply 13 composed of a rectifying circuit, a smoothing circuit, a power stabilizing circuit, a current control circuit, and a time control circuit and stored in a capacitor 14 so that the amount of electric energy supplied to a portable electronic device A non-powered electric energy generator, characterized in that to supply a stable power supply to a portable electronic device by adjusting the voltage or selecting as required The method of claim 3, wherein In installing the floating pendulum generator, power transmission unit, subordinate generator, and power supply, the generator is installed in a closed space of vibration, so that the minutely generated when the flow pendulum 1 and the slave rotor 5 rotate. It is configured to maintain the vacuum state to prevent the inflow of foreign matters such as expansion and contraction caused by air pressure and inflow of fine dust, which is hindered by rotation due to the air resistance and the temperature rise of the generator. Non-powered electric energy generator including The method of claim 3, wherein Friction when the flow pendulum 1 and the subordinate rotor 5 rotate by shaking (vibration) by forming a bearing 11 at a fixed support portion of the rotary pendulum and the gear constituting the flow pendulum generating unit and the subordinate generating unit. Minimized and smoothly rotatable to the power-free electric energy generating device comprising the one configured to generate electric energy more efficiently. The method of claim 9, In order to prevent the slave shaft 12 from rotating in the opposite direction when the flow pendulum swings in the opposite direction so that the slave shaft 12 can rotate in only one direction during the flow movement of the flow pendulum. The non-powered electric energy generating device, characterized in that the one-way latch (3) is installed on one side of the power transmission unit to be idle to prevent damage to the component and to generate electrical energy more efficiently. A first gear 4a, a one-way latch gear 3a inserted into and installed in the first gear 4a, a second gear 4b in contact with the first gear 4a, and transmitting rotation; It is inserted into the third gear 4c and the third gear 4c provided on the coaxial 12a and the one-way latch gear 3a installed and inserted into the gear 4a and the first gear 4a. A fifth gear comprising a one-way latch gear 3b to be installed, a fourth gear 4d in contact with the third gear 4c, and a fifth gear 4e which rotates in contact with the fourth gear 4d. The power supply characterized in that the subordinate rotor is rotated by receiving the rotational motion of (4e) so that the power is transmitted only in one direction efficiently without causing the rotational movement of the flow pendulum 1 in the opposite direction to be idle. Electric energy generator. delete

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